Titlebook: DNA Replication and the Cell Cycle; 43. Colloquium der G Ellen Fanning,Rolf Knippers,Ernst-L. Winnacker Conference proceedings 1993 Springe

libertine

OVER

M. F. Ahmed Shariff,Ruwan D. NawarathnaFurthermore, SV40 DNA exists in a chromatin structure that resembles the structure of cellular chromatin and therefore could be a useful model for chromosome, as well as DNA replication (Stillman 1986; DePamphilis and Bradley 1986; Cheng and Kelly 1989; Smith and Stillman 1989).

雄偉

Mechanism and Control of Cellular DNA ReplicationFurthermore, SV40 DNA exists in a chromatin structure that resembles the structure of cellular chromatin and therefore could be a useful model for chromosome, as well as DNA replication (Stillman 1986; DePamphilis and Bradley 1986; Cheng and Kelly 1989; Smith and Stillman 1989).

繼而發(fā)生

Protein-DNA Interaction at Yeast Replication Origins: An ARS Consensus Binding Protein from two-dimensional gel electrophoresis systems (Brewer and Fangman 1987; Huberman et al. 1987) that allow the separation of replication intermediates and the subsequent mapping of initiation sites for DNA replication.

委派

完全

Ubiquitin-Dependent Protein Degradationteins and controls the half-lives of some regulatory proteins. Known targets include transcriptional regulators (Hochstrasser et al. 1991) p53 (Scheffner et al. 1990) and cyclins (Glotzer et al. 1991). In a number of eukaryotes, cyclin degradation is required to exit from mitosis.

Lipoprotein(A)

mechanical

TIGER

Hong Tao,Chenping Hou,Dongyun Yi,Jubo Zhuparticipants as well as cyclin proteins that regulate the activity of the kinases (see E. Nigg and coworkers, this Vol., p 147). But other enzyme systems may also participate in signal transmission as, for example components of the ubiquitin-dependent protein degradation pathway (see S. Jentsch et al., this Vol., p. 177).

并入

Tao Tang,Yingxuan You,Ti Wang,Hong Liuadvancing replication fork requires the coordinate collaboration of different types of enzymes and other proteins which appear to be in a higher order structure to ensure the precise and rapid duplication of the more than 10. base pairs in higher eukaryotic cells.